1. The circuit with a load resistor element R1 to be inserted into the terminals A and B is given as below. R1 100 kΩ A · 1.5 V R2 56 kN B c. Prepare a set of data Pi vs. R1 with the help of the equation obtained in the part b. Set 10 arbitrarily chosen value of R, which are less than the determined value of R, in part a. and set 10 arbitrarily chosen value of RL which are greater than the determined value of R1 in part a. In total, you will get a set of 21 data for P. vs. Ri including the value obtained from part a.
1. The circuit with a load resistor element R1 to be inserted into the terminals A and B is given as below. R1 100 kΩ A · 1.5 V R2 56 kN B c. Prepare a set of data Pi vs. R1 with the help of the equation obtained in the part b. Set 10 arbitrarily chosen value of R, which are less than the determined value of R, in part a. and set 10 arbitrarily chosen value of RL which are greater than the determined value of R1 in part a. In total, you will get a set of 21 data for P. vs. Ri including the value obtained from part a.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Please can you solve a paper and explain each step.
Transcribed Image Text:1. The circuit with a load resistor element R1 to be inserted into the terminals A and B is given as below.
R1
100 kN
1.5 V
R2
56 kN
RL
B
c. Prepare a set of data P. vs. Rį with the help of the equation obtained in the part b. Set 10 arbitrarily chosen
value of R1 which are less than the determined value of R1 in part a. and set 10 arbitrarily chosen value of
RL which are greater than the determined value of R1 in part a. In total, you will get a set of 21 data for PL
vs. Ri including the value obtained from part a.
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